About
Mechanical engineering student with hands-on experience across design, procurement, manufacturing, and industrial operations. Has contributed to a 1st-place finish at FMAE DKDC 2025 and completed internships at GTRE (DRDO) and New Mangalore Port Authority.
Experience
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Mechanical Division InternNew Mangalore Port Authority (NMPA) · MangaluruJul 2026 – Aug 2026
Studied maintenance of mobile harbour cranes, weighbridges, electric mobility systems, and oil-jetty firefighting equipment, with exposure to PLC-based monitoring and industrial safety systems. Worked with Stores & Purchase and Technical Cell on procurement workflows, inventory control, purchase orders, and technical tendering.
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Turbine Division InternGas Turbine Research Establishment (GTRE), DRDO · BengaluruAug 2025 – Sep 2025
Modelled HPT/LPT discs and rotor blades in Siemens NX, including parametric modelling and aerofoil-based geometry; performed structured meshing in ICEM CFD for CAD-CFD integration. Studied secondary air systems and KDE flow-path diagrams, with exposure to turbine assembly and rig testing.
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Head, Steering & Suspension2024 – 2025
Led a 5-member subdivision through design, analysis, fabrication, testing, and procurement activities for the steering and suspension of an adaptive steering system using SolidWorks and MSC Adams. Coordinated vendor interaction, component procurement, technical documentation, and competition preparation.
Education
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2027
B.E. Mechanical EngineeringM.S. Ramaiah Institute of TechnologyMechanical Engineering · 2023 – 2027
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2023
PUCDeeksha C.F.L. PU College2021 – 2023
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2021
High SchoolSri Siddhi Vinayaka Residential School2021
Skills
Tools / apps / platforms
Projects
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Alternative Fuels Review Paper - Future Mobility
Reviewed hydrogen and sustainable alternative fuels for automotive use, analysing performance, environmental impact, and implementation feasibility for OEMs transitioning to sustainable powertrains.
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RC Go-Kart with Adaptive Steering SystemSolidWorks, MSC Adams
Designed and developed an adaptive steering system featuring Ackermann geometry, variable steering ratio, adjustable geometry, and speed-dependent response.
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Robotic Payload Mobility System
Designed the mechanical chassis and wireless control architecture for an autonomous rover for payload transport and human-following, applying structural design principles for reliable capacity and mobility across varied terrain.
🏆 Achievements & awards
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1st Rank, FMAE DKDC 2025 · 2025
Led a 5-member subdivision for the steering and suspension system that contributed to a first-place finish.
⚽ Extracurricular activities
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Head, Steering & Suspension - Team Volante Go-Kart Club
Student club leadership role focused on steering and suspension design, fabrication, testing, and procurement for an EV go-kart team.
📚 Publications
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Alternative Fuels Review Paper - Future Mobility · 2025